ASCO2-29.4912MHZ-LB-T3

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Introduction

ASCO2-29.4912MHZ-LB-T3 oscillators are low power, high stability oscillators utilized in a variety of applications. These oscillators offer advantages over traditional oscillators, such as reduced noise, low power consumption, and improved reliability and performance. In this article, we will explore the application field and working principle of the ASCO2-29.4912MHZ-LB-T3 oscillator.

Application Field

The ASCO2-29.4912MHZ-LB-T3 oscillator is used in a number of applications, including:

• Telecommunication systems
• Wireless communication systems
• Industrial control systems
• Computers
• Instrumentation
• Consumer electronics

These oscillators are well-suited for high frequency applications where precise frequency control and stability are essential. They are often used in communication systems for timing and frequency control.

Working Principle

The ASCO2-29.4912MHZ-LB-T3 oscillator utilizes a closed loop frequency control system. This system uses a quartz crystal and a temperature-compensated CMOS integrated circuit (IC) to produce a stable output frequency. The quartz crystal is used as the timing element for the oscillator and the CMOS IC provides feedback to regulate the frequency of the output signal. The output frequency is proportional to the frequency of the quartz crystal. The IC also stabilizes the output frequency from changes in temperature, humidity, and other environmental variables.

The frequency stability and accuracy of the ASCO2-29.4912MHZ-LB-T3 oscillator is excellent, with a frequency tolerance of ±25 ppb and a low frequency drift of 0.1 ppb/°C. This makes it an ideal choice for applications where an extremely stable signal is required.

Conclusion

In conclusion, the ASCO2-29.4912MHZ-LB-T3 oscillator is a low power, high stability oscillator designed for a variety of applications. Its closed loop frequency control system utilizes a quartz crystal and a temperature-compensated CMOS IC to produce a stable output frequency. The oscillator\'s excellent frequency stability and accuracy make it ideal for high frequency applications where precise frequency control and stability are essential.

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